CN2737755Y - Automatic feeding device for paper cutting machine - Google Patents
Automatic feeding device for paper cutting machine Download PDFInfo
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- CN2737755Y CN2737755Y CN 200420083405 CN200420083405U CN2737755Y CN 2737755 Y CN2737755 Y CN 2737755Y CN 200420083405 CN200420083405 CN 200420083405 CN 200420083405 U CN200420083405 U CN 200420083405U CN 2737755 Y CN2737755 Y CN 2737755Y
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Abstract
The utility model discloses an automatic paper feeding device for paper cutting machines. The automatic paper feeding device for paper cutting machines comprises a paper guiding part, a paper dispensing part, a wastepaper sucking part, a paper pressing part, a paper drawing part, a cylinder knife paper cutting part, a main rotating part, an encoder part and a transmitting part. The paper guiding part adopts the mechanical structure and is arranged at the front part of the device; the paper dispensing part is connected at the back of the paper guiding part; the wastepaper sucking part is placed at the lower part of the paper dispensing part; the paper pressing part, the paper drawing part and the cylinder knife paper cutting part are respectively positioned at the back of the paper dispensing part; the rotation of the cylinder knife paper cutting part is driven by the main rotating part and a servomotor; the rotating of the paper drawing part is driven by the encoder part and a paper drawing motor; the paper drawing part and the cylinder knife paper cutting part finish the synchronous rotating through a controller (PLC) and the transmitting part. Since the utility model adopts the control device of the automatic paper feeding mechanism, the automatic paper feeding device for paper cutting machines has small labor intensity and high production efficiency.
Description
Technical field
The utility model relates to a kind of guIllotine, is meant the automatic paper feeder of this guIllotine especially.
Background technology
At present, printing producer is equipped with the sheet cut machine of usefulness, mostly adopts import equipment, and along with the raising of state-of-art, the automatization level of guIllotine is towards hydraulic pressure, the development of program control, computer-controlled main flow direction.The general-duty guIllotine mainly still adopts mechanically on the existing home market, and with regard to its paper-advance unit, the problem of existence has, and the one, there are not high-precision sizing system and size setting device, precision is low, can not satisfy the requirement that high-grade printed matter cuts; The 2nd, mechanical type guIllotine paper feed mechanism impulsive force is big, noise is big, safety gear is unreliable, goes out accident on duty easily; The 3rd, automatization level is low, does not have automatic carriage, and labour intensity is big, and production efficiency is low.
Summary of the invention
The purpose of this utility model is to overcome the deficiency that above-mentioned prior art exists, and a kind of guIllotine automatic paper feeder is provided.
In order to achieve the above object, technical solution adopted in the utility model comprises: lead paper portion, separation portion, inhale waste paper portion, paper-pressing part, draw paper portion, cylinder knife cut paper portion, main rotation section, coder portion, the driving section is formed, leading paper portion adopts physical construction to be located at the place ahead of this device, the back connects separation portion, the waste paper portion of inhaling is put in the below of separation portion, in the back of separation portion is respectively paper-pressing part, draw paper portion, cylinder knife cut paper portion, the rotation that it is characterized in that described cylinder knife cut paper portion is driven by main rotation section and servomotor, the rotation of drawing paper portion by coder portion with draw altar to reach to drive, draw paper portion, cylinder knife cut paper portion finishes synchronous rotation by controller (PLC) and driving section.
Described lead paper portion by forward and backward two aluminium axises, the axis of rolling, lead the paper square steel, lead that paper aluminium is logical, adapter plate and rotating mechanism form, adapter plate places the both sides of main car wall, aluminium axis, the axis of rolling before placing respectively between the folder of two adapter plates, lead the paper square steel, to lead paper aluminium logical, the adapter plate outside is equipped with a rotating mechanism of being made up of worm and gear.
Described separation portion is made up of cutter drive shaft, flange under cutter shaft, the itemize on the itemize, the both sides of main car wall are fixed at the two ends of cutter shaft on the itemize, on the axle pavilion of cutter shaft on the itemize, be equipped with the itemize cutter, cutter drive shaft is installed on the both sides of main car wall under the itemize by flange, and be connected with an itemize shaft pulley, be equipped with down the itemize cutter under the itemize on the axostylus axostyle of cutter drive shaft.
Described suction waste paper portion is made up of strut member, sebific duct, induced draft fan, and sebific duct is fixed on the strut member, is equipped with induced draft fan in the centre of sebific duct.
Described paper-pressing part by cylinder, support square steel, square steel, cross cardboard, the platen square tube is formed, the platen square tube is fixed in the cylinder, square steel is fixed on and supports on the square steel, crosses cardboard and is fixed on above the square steel.
The described paper portion of drawing is made up of spiral rubber tire, steel wheel, the spiral rubber tire is installed on the left and right car wall by deep groove ball bearing, and the cylinder by being installed on two ends contacts with steel wheel with pressure spring, and the both sides of main car wall are fixed at the two ends of steel wheel, synchronous pulley is installed at one end.
Described cylinder knife cut paper portion by cylinder knife, tension cylinder, toolsetting screw mandrel, cross cardboard and form, cross the below that cardboard places cylinder knife, be equipped with cutting knife on the cylinder knife, an end is connected with tension cylinder, toolsetting screw mandrel by angular contact ball bearing, is equipped with synchronous pulley on the other end.
Described main rotation section is made up of main shaft, expansion set, bearing, main shaft synchronous pulley, oil sealing, main shaft is divided into two partly by the main body base in the middle of placing, place this some in the main car wall outside to be provided with expansion set therein, expansion set is fixed and motor bonded assembly main shaft synchronous pulley, oil sealing, on another main shaft partly, be provided with cylindrical roller bearing and be installed on the main car wall, and connect with the main shaft synchronous pulley that is connected cylinder.
Described coder portion is made up of coder, drive coupling, coder axle, coder axle synchronous pulley, deep-groove roller bearing, coder is connected with coding axle one end by drive coupling, and be provided with and the synchronous pulley that draws altar to reach to link to each other, the logical deep-groove roller bearing of the other end of coder axle is fixed on Che Bishang, and connects two and reach the synchronous pulley that steel wheel links to each other with drawing altar.
Altar reaches by drawing in described driving section, servomotor, synchronous pulley are formed, the synchronous pulley that draws altar to reach links to each other by belt with the coder synchronous pulley, the coder synchronous pulley links to each other with the steel wheel synchronous pulley by belt, servomotor one end connects the main shaft synchronous pulley by synchronous pulley, and the main shaft synchronous pulley connects the cylinder knife synchronous pulley.
In use, paper is entered separation part bar by leading paper portion after smooth, waste paper behind the itemize siphons away by inhaling waste paper portion induced draft fan, paper behind the itemize enters paper-pressing part, draws paper portion, cutting off the back through cylinder knife cut paper portion again transfers out by delivery section, the rotation of cylinder knife cut paper portion is driven by main rotation section and servomotor, the rotation of drawing paper portion by coder portion with draw altar to reach to drive, draw paper portion and cylinder knife cut paper portion to finish rotation by controller (PLC) and driving section.
The beneficial effects of the utility model are, have adopted automation paper feed mechanism control convenience, and labour intensity is little, the production efficiency height.Paper is sheared through drawing of each component part is whole, the precision height, and sizing is accurate, can satisfy the requirement that cuts of various printed matters.
Description of drawings
Fig. 1 is the utility model structural representation
Fig. 2 is the another side structural representation of Fig. 1
Fig. 3 is the A part solution structure scheme drawing of Fig. 1
Fig. 4 is the B bilge construction scheme drawing of Fig. 1
Fig. 5 is the B-B bilge construction cutaway view of Fig. 4
Fig. 6 is the A-A cross section cutaway view of Fig. 5
Fig. 7 is the vertical face cutaway view of the A-A portion of Fig. 5
Fig. 8 is the C bilge construction scheme drawing of Fig. 2
Fig. 9 is the D bilge construction scheme drawing of Fig. 2
Figure 10 is the E bilge construction scheme drawing of Fig. 2
Figure 11 is the right flank structural representation of Figure 10
Figure 12 is the local structure scheme drawing of Figure 10
Figure 13 is the F bilge construction scheme drawing of Fig. 2
Figure 14 is the right flank structural representation of Figure 13
Figure 15 is the local structure scheme drawing of Figure 13
Figure 16 is the G bilge construction scheme drawing of Fig. 2
Figure 17 is the H bilge construction scheme drawing of Fig. 2
Figure 18 is the J bilge construction scheme drawing of Fig. 2
Figure 19 is the lateral plan of Figure 18
The specific embodiment
The utility model is further set forth especially exemplified by preferred embodiment below in conjunction with description of drawings, as Fig. 1, shown in Figure 2, guIllotine paper-advance unit of the present utility model includes: lead the A of paper portion, the B of separation portion, inhale the waste paper C of portion, paper-pressing part D, draw the E of paper portion, the cylinder knife cut paper F of portion, main rotation section G, the H of coder portion, driving section J forms, leading the A of paper portion adopts physical construction to be located at the place ahead of this device, the back connects the separation B of portion, the below of the B of separation portion is put and is inhaled the waste paper C of portion, in the back of the B of separation portion is respectively paper-pressing part D, draw the E of paper portion, the cylinder knife cut paper F of portion, the rotation of the cylinder knife cut paper F of portion is driven by main rotation section G and servomotor, the rotation of drawing the E of paper portion by the H of coder portion with draw altar to reach to drive, draw the E of paper portion, the cylinder knife cut paper F of portion finishes synchronous rotation by controller (PLC) with driving section J.For more understood in detail the present invention, now in conjunction with the accompanying drawings each composition and mode of operation is partly done following explanation:
As shown in Figure 3, lead the A of paper portion by fixed plate A 1, worm screw seat A2, bearing A3, worm gear A4, worm screw A5, bakelite handwheel A6, fixed plate A 7, fixed plate A 8, bearing A9, axis of rolling A10, aluminium axis A11, lead paper square steel A12, lead the logical A13 of paper aluminium and formed.Fixed plate A 1 is formed by two and is separately fixed at a left side, on the right car wall, fixed plate A 7 is fixed on the fixed plate A 1, start to rotate (also can rotate worm screw A5 is rotated) on bearing A3 with worm-gear speed reducer or motor when bakelite handwheel A6 is logical, drive worm gear A4, leading paper square steel A12 is connected with worm gear A4 by fixed plate A 7, fixed plate A 8 is fixedly led paper square steel A12, and bearing A9, axis of rolling A10, aluminium axis A11 is fixed on the fixed plate A 8, when worm gear A4 rotates, thereby make fixed plate A 8, bearing A9, axis of rolling A10, aluminium axis A11 rotates together, when the input curl the time can pass through axis of rolling A10, aluminium axis A11, lead flattening by leading the logical A13 of paper aluminium after paper square steel A12 reaches paper formation, process aluminium axis A11 enters itemize portion again.
As Fig. 4, Fig. 5, Fig. 6, shown in Figure 7, the B of separation portion is by left car wall B1, right car wall B2, support square tube B3, motor base B4, main frame base B5, cutter shaft B6 on the itemize, cutter shaft B7 under the itemize, flange B8, flange B9, following itemize tool rest B10, following itemize cutter B11, flange B12, flange B13, bearing guard cover B14, blind flange B15, itemize shaft pulley B16, the right B17 of last itemize cutter permanent seat, governing screw B18, last itemize cutter fixed block B19, holding screw B20, little axle B21, last itemize cutter jam nut B22, last itemize cutter B23, last itemize cutter jam nut B24, bearing cage B25, taper spring B26, pressure control lid B27, shelves part B28, protect cutter spare B29, lock screw B30 forms.Left side car wall B1, right car wall B2 are the main car wall of main frame, support square tube B3, main frame base B5 support fixation on Zuo Chebi B1, right car wall B2, cutter shaft B6, flange B9, flange B13 on the itemize, flange B8 is fixed on the flange B9, following itemize tool rest B10, itemize shaft pulley B16 are fixed under the itemize on the cutter shaft B7, flange B12, blind flange B15 are fixed on the flange B13, and bearing guard cover B14 lives bearing at flange B13 home record and rotates.And go up itemize cutter permanent seat right B17, governing screw B18, go up itemize cutter fixed block B19, holding screw B20, little axle B21, go up itemize cutter jam nut B22, go up itemize cutter B23, go up itemize cutter jam nut B24, bearing cage B25, taper spring B26, pressure control lid B27, shelves part B28, protect cutter spare B29, lock screw B30 and be fixed on the itemize on the cutter shaft B6 by the right B17 of last itemize cutter permanent seat.When paper is come in from leading paper portion, last itemize cutter fixed block B19, holding screw B20, little axle B21, last itemize cutter jam nut B22, last itemize cutter B23, last itemize cutter jam nut B24, bearing cage B25, taper spring B26, pressure control lid B27, shelves part B28, protect cutter spare B29 and open the work that makes, make itemize cutter B23 and the following itemize cutter B11 incompatible itemize of colliding, governing screw B18 is fixed on the right B17 of itemize cutter permanent seat, when governing screw B18 turn, itemize cutter fixed block B19 in the drive, holding screw B20 is fixed on the right B17 of itemize cutter permanent seat, lock itemize cutter fixed block B19, little axle B21 is fixed on the itemize cutter fixed block B19.In the last itemize cutter jam nut B24 locking behind the itemize cutter B23 by bearing fixing on little axle B21.Bearing cage B25 is fixed on the itemize cutter jam nut B24; pressure control lid B27 and bearing cage B25 produce pressure by taper spring B26; shelves part B28 is used for making pressure control lid B27, protect cutter spare B29 is fixed on the little axle B21, and is used for protecting itemize cutter B23, lock screw B30 to be fixed on the B17 of the itemize cutter permanent seat right side pinning cutter shaft B6 on the itemize.Can slide on the cutter shaft B6 on the itemize and go up the right B17 of itemize cutter permanent seat, can be by the realization of this structure manually with electronic, last itemize cutter fixed block B19 can realize by manual, pneumatic upper and lower the moving of the right B17 of last itemize cutter permanent seat.
As shown in Figure 8, inhale the waste paper C of portion by device for dischanging air C1, induced draft fan C2, sebific duct C3, strut member C4, inhaling paper hopper C5 forms, strut member C4 is fixed on a left side, on the right car wall, inhaling paper hopper C5 places on the strut member C4, device for dischanging air C1 and induced draft fan C2, sebific duct C3 links to each other, when waste paper enters suction paper hopper C5, induced draft fan C2 air draught is gone the waste paper sucking-off by sebific duct C3, and the principle of work of device for dischanging air C1 is that b is a ventilation inlet, a is the waste paper inlet, c is waste paper outlet, is blocked by the interlayer of the inside can not export a to waste paper and go out when induced draft fan C2 air draught, and goes out from waste paper outlet c, thereby make waste paper outlet a have suction to inhale waste paper, waste paper outlet c has wind-force to blow waste paper.
As shown in Figure 9, paper-pressing part D is made up of stingy cylinder D1, cylinder block D2, little cylinder block D3, support square steel D4, square steel D5, mistake cardboard D6, platen square tube D7.Cylinder block D2, support square steel D4 are fixed on the left and right car wall, little cylinder block D3 is locked in cylinder block D2 top, and stingy cylinder D1 is fixed on the little cylinder block D3, and platen square tube D7 is fixed on the stingy cylinder D1, square steel D5 is fixed in and supports on the square steel D4, crosses cardboard D6 and is fixed on the square steel D5.Paper entered cardboard D6 from the B of separation portion and enters and draw the E of paper portion.When machine stopped, stingy cylinder D1 depressed platen square tube D7 by high pressure gas, and paper is pushed down, and paper can not fallen back backward.The air pressure principle of stingy cylinder D1 adopts prior art.
As Figure 10, Figure 11, shown in Figure 12, draw the E of paper portion to be formed by synchronous pulley E16, locking piece E17, little axle E18 on synchronous pulley E15, the steel wheel on spiral rubber tire E1, deep groove ball bearing E2, fish profile shaft bearing E3, round cylinder E4, cylinder block E5, compression spring E6, strut member E7, spring guide pillar E8, outer bearing door (right side) E9, cylindrical roller bearing E10, neck bearing door (right side) E11, steel wheel E12, neck bearing door (left side) E13, outer bearing door (left side) E14, the steel wheel.Cylinder block E5, strut member E7, outer bearing door (right side) E9, neck bearing door (right side) E11, neck bearing door (left side) E13, outer bearing door (left side) E14, little axle E18 is fixed on a left side, on the right car wall, round cylinder E4 is fixed on cylinder block E5, on the fixing little axle E18 of fish profile shaft bearing E3, spiral rubber tire E1, deep groove ball bearing E2 is fixed on the fish profile shaft bearing E3, spring guide pillar E8 is fixed on the strut member E7, compression spring E6 goes here and there on spring guide pillar E8, cylindrical roller bearing E10 is fixed on a left side, in the right car wall, with outer bearing door (right side) E9, neck bearing door (right side) E11, neck bearing door (left side) E13, outer bearing door (left side) E14 comes block piece, steel wheel E12 is fixed on the cylindrical roller bearing E10, synchronous pulley E15 on the steel wheel, synchronous pulley E16 on the steel wheel, locking piece E17 is fixed on the steel wheel E12 together.When paper enters steel wheel E12 from paper-pressing part D, one operates machine, round cylinder E4 makes spiral rubber tire E1 by gas pressure on fish profile shaft bearing E3, deep groove ball bearing E2 is to pressing down, be pressed on the steel wheel E12, thereby synchronous pulley E15 makes cylindrical roller bearing E10 by drawing altar to reach the drive coder H of portion on the steel wheel, steel wheel E12, synchronous pulley E15 on the steel wheel, synchronous pulley E16 on the steel wheel, locking piece E17 rotates together, drive spiral rubber tire E1, deep groove ball bearing E2 rotates, when fish profile shaft bearing E3 makes compression spring E6 to pressing down, strut member E7 is also simultaneously to pressing down, and spring guide pillar E8 is fixed on Che Bishang, thereby make compression spring E6 keep elastic force, when the gas of round cylinder E4 ran out, the elastic force that utilizes compression spring E6 was spiral rubber tire E1, deep groove ball bearing E2, fish profile shaft bearing E3 upsprings.The air pressure principle of round cylinder E4 adopts prior art.
As Figure 13, Figure 14, shown in Figure 15, the cylinder knife cut paper F of portion is by cylinder knife F1, cylinder tool rest F2, adjustment seat F3, feed screw nut F4, tension piece F5, cylinder upper nut F6, tension cylinder F7, screw rodb base F8, bearing F9, toolsetting screw mandrel F10, bakelite handwheel F11, bedplate F12, cutting knife F13, outer door (right side) F14, angular contact ball bearing F15, interior door (right side) F16, expansion set F17, synchronous pulley F18 on the cylinder knife, outer door (left side) F19, adapter shaft F20, locking bed F21, copper sheet F22, cross cardboard F23, cross cardboard F23 bearing F24, supporting seat F25, cross cardboard F26, cross cardboard F26 bearing F27, cross cardboard F28, crossing cardboard F28 bearing F29 forms.Cylinder knife F1 is contained on the angular contact ball bearing F15, be assembled in together then on the cylinder tool rest F2, tension piece F5, outer door (right side) F14, interior door (right side) F16, outer door (left side) F19, locking bed F21 are fixed on the cylinder tool rest F2, adjustment seat F3 is fixed on outer door (right side) F14, feed screw nut F4 can rotate at adjustment seat F3, and tension cylinder F7, screw rodb base F8, copper sheet F22, supporting seat F25 are fixed on the left and right car wall.Bearing F9 is contained in toolsetting screw mandrel F10 and is assembled in together on the screw rodb base F8, and toolsetting screw mandrel F10 is fixed on the toolsetting screw mandrel F10 by feed screw nut F4, bakelite handwheel F11, and cutting knife F13 is locked on the cylinder knife F1.Bedplate F12 is locked on the cylinder tool rest F2.Expansion set F17 is fixed on cylinder knife F1 synchronous pulley F18 on the swelling cylinder knife when going up distending, crosses cardboard F23 and is locked on the cardboard F23 bearing F24, crosses cardboard F23 bearing F24 and is locked on the supporting seat F25.Cross cardboard bearing F27, cross cardboard bearing F29 and be locked on the bedplate F12, cross cardboard F26 and be locked on the cardboard F26 bearing F27, cross cardboard F28 and be locked on the cardboard F28 bearing F29.When paper comes to enter cardboard F23 from drawing the E of paper portion, cross cardboard F26, when crossing cardboard F28 to certain-length, synchronous pulley F18 rotates and is driven by servomotor on the cylinder knife, synchronous pulley F18 drives cylinder knife F1 on the cylinder knife, cutting knife F13 rotates, forwarding cutting knife on cutting knife F13 and the bedplate F12 to collides paper is cut off, when cut off the paper diagonal angle not to the time, can unclamp by tension cylinder F7, manual bakelite handwheel F11 (also can drive) by servomotor, driving toolsetting screw mandrel F10 rotates, thereby the one group of assembly that makes hobboing cutter is that fulcrum seesaws and reaches correct diagonal angle with adapter shaft F20 together, all are had no progeny when paper, and F28 enters delivery section by cardboard.The rotation of cylinder knife F1 is controlled servomotor by PLC, is driving the main gear band.The air pressure principle of cylinder F7 adopts prior art.
As shown in figure 16, the G of main gear portion is by expansion set G1, main shaft synchronous pulley G2, oil sealing G3, bearing door (interior) G4, bearing interstage sleeve G5, cylindrical roller bearing G6, bearing interstage sleeve (interior) G7, main body base G8, main shaft G9, bearing door (outward) G10, main shaft synchronous pulley G11 forms, main body base G8 is fixed on the left car wall, bearing interstage sleeve G5, cylindrical roller bearing G6, bearing interstage sleeve (interior) G7 is contained in the main body base G8, main shaft G9 is by bearing interstage sleeve G5, cylindrical roller bearing G6, bearing interstage sleeve (interior) G7, main body base G8 is fixed on the cylindrical roller bearing G6, bearing interstage sleeve G5 fixed cylinder coro bearng G6 cylindrical, inner ring is pinned by circular nut, expansion set G1 is locked in main shaft G9 and goes up swelling main shaft synchronous pulley AG2 behind the distending, oil sealing G3 is contained in bearing door (interior) G4, in bearing door (outward) G10, main shaft synchronous pulley G11 is contained on the main shaft G9, and the rotation of cylinder knife drives main shaft synchronous pulley G11 by servomotor and rotates at drive cylinder knife F1.
As shown in figure 17, the H of coder portion is made up of coder axle synchronous pulley H1, coder axle synchronous pulley H2, oil sealing H3, outer bearing door (left side) H4, deep-groove roller bearing H5, bearing seat H6, oil sealing H7, coder axle H8, coder axle synchronous pulley H9, expansion set H10, oil sealing H11, neck bearing door (right side) H12, bearing seat H13, deep-groove roller bearing H14, circular nut H15, oil sealing H16, outer bearing door (right side) H17, coder seat H18, coder seat H19, drive coupling H20, coder H21.Bearing seat H6, bearing seat H13 are fixed on the left and right car wall, and outer bearing door (left side) H4 is locked on the bearing seat H6, and deep-groove roller bearing H5 is contained in the bearing seat H6, and oil sealing H3 is contained in outer bearing door (left side) H4.Oil sealing H7 is contained in the bearing seat H6, coder axle synchronous pulley H9 is by expansion set H10 swelling and be fixed on the coder axle H8, neck bearing door (right side) H12 is locked on the bearing seat H13, oil sealing H11 is loaded in neck bearing door (right side) H12, deep-groove roller bearing H14 is loaded in the bearing seat H13, outer bearing door (right side) H17 is locked on the bearing seat H13, oil sealing H16 is loaded in outer bearing door (right side) H17, circular nut H15 is locked in coder axle H8 and is contained on the bearing seat H13, coder seat H18 is locked on outer bearing door (right side) H17, coder seat H19 is locked on the coder seat H18, coder H21 is connected on the coder axle H8 by drive coupling H20, and coder axle H8 is by deep-groove roller bearing H5, deep-groove roller bearing H14 supports rotation.When the synchronous pulley that draws altar to reach drives coder axle synchronous pulley H9, rotate also to drive simultaneously and draw the E of paper portion steel wheel to rotate thereby make coder axle H8 rotate drive coder axle synchronous pulley H1, coder axle synchronous pulley H2.And coder axle synchronous pulley H1 drives the delivery section rotation, when coder axle H8 rotates, coder H21 also rotates, the rotation number of turns of coder H21 is sent to controller (PLC), thereby PLC realizes the length that the velocity of rotation of itemize cylinder knife F1 and steel wheel E12 is come cut paper Zhang Suoxu at the control servomotor.
As Figure 18, shown in Figure 19, driving section J by draw altar to reach synchronous pulley J1, draw altar to reach J2, servomotor J3, servomotor seat J4, servomotor synchronous pulley J5, coder axle synchronous pulley J6, coder axle synchronous pulley J7, pressure zone assembly J8, pressure zone assembly J9, belt pulley for feeding foil J10, cylinder knife synchronous pulley J11, steel wheel synchronous pulley J12, steel wheel synchronous pulley J13, itemize axle synchronous pulley J14, pinch roller J15, pinch roller J16, main shaft synchronous pulley J17, main shaft synchronous pulley J18, coder synchronous pulley J19 is formed.Servomotor seat J4, draw altar to reach J2 to be fixed on the main frame base B5.Pressure zone assembly J8, pressure zone assembly J9, pinch roller J15, pinch roller J16 is fixed on Zuo Bishang, draw altar to reach synchronous pulley J1 when drawing altar to reach J2 rotation drive by synchronous belt drive coder synchronous pulley J19, coder axle synchronous pulley J6, coder axle synchronous pulley J7 rotates, coder axle synchronous pulley J6 drives belt pulley for feeding foil J10 by synchronous belt, thereby the rotating belt degree of tightness of delivery section is regulated by pressure zone assembly J8, coder axle synchronous pulley J7 drives steel wheel synchronous pulley J12 by synchronous belt, steel wheel synchronous pulley J13, the belt degree of tightness is regulated by pinch roller J16, steel wheel synchronous pulley J12 rotates, thereby steel wheel also rotates paper is spurred, and steel wheel synchronous pulley J13 rotation makes the itemize swivel moving by synchronous band drive itemize axle synchronous pulley J14, thereby realize the itemize function, the degree of tightness of belt is regulated by pinch roller J15, and servomotor is fixed on the servomotor seat J4, when servomotor rotates servomotor synchronous pulley J5 is rotated, drive main shaft synchronous pulley J18 by synchronous pulley, main shaft synchronous pulley J17 is rotated, main shaft synchronous pulley J17 rotates by synchronous belt and drives cylinder knife synchronous pulley J11 rotation, the degree of tightness of belt is regulated by pressure zone assembly J9, cylinder knife is rotated, thereby upper cutter being forwarded to collide with lower cutter cuts off paper, draws the rotating speed that altar reaches and the rotating speed of servomotor to be controlled by controller (PLC).
Claims (10)
1, a kind of guIllotine automatic paper feeder, comprise: lead paper portion, separation portion, inhale waste paper portion, paper-pressing part, draw paper portion, cylinder knife cut paper portion, main rotation section, coder portion, the driving section is formed, leading paper portion adopts physical construction to be located at the place ahead of this device, the back connects separation portion, the waste paper portion of inhaling is put in the below of separation portion, in the back of separation portion is respectively paper-pressing part, draw paper portion, cylinder knife cut paper portion, it is characterized in that: the rotation of described cylinder knife cut paper portion is driven by main rotation section and servomotor, the rotation of drawing paper portion by coder portion with draw altar to reach to drive, draw paper portion, cylinder knife cut paper portion finishes synchronous rotation by controller (PLC) and driving section.
2, guIllotine automatic paper feeder according to claim 1, it is characterized in that: described lead paper portion by forward and backward two aluminium axises, the axis of rolling, lead the paper square steel, lead that paper aluminium is logical, adapter plate and rotating mechanism form, adapter plate places the both sides of main car wall, aluminium axis, the axis of rolling before placing respectively between the folder of two adapter plates, lead the paper square steel, to lead paper aluminium logical, the adapter plate outside is equipped with a rotating mechanism of being made up of worm and gear.
3, guIllotine automatic paper feeder according to claim 1, it is characterized in that: described separation portion is made up of cutter drive shaft, flange under cutter shaft, the itemize on the itemize, the both sides of main car wall are fixed at the two ends of cutter shaft on the itemize, on the axle pavilion of cutter shaft on the itemize, be equipped with the itemize cutter, cutter drive shaft is installed on the both sides of main car wall under the itemize by flange, and be connected with an itemize shaft pulley, be equipped with down the itemize cutter under the itemize on the axostylus axostyle of cutter drive shaft.
4, guIllotine automatic paper feeder according to claim 1 is characterized in that: described suction waste paper portion is made up of strut member, sebific duct, induced draft fan, and sebific duct is fixed on the strut member, is equipped with induced draft fan in the centre of sebific duct.
5, guIllotine automatic paper feeder according to claim 1, it is characterized in that: described paper-pressing part is made up of cylinder, support square steel, square steel, mistake cardboard, platen square tube, the platen square tube is fixed in the cylinder, and square steel is fixed on and supports on the square steel, crosses cardboard and is fixed on the square steel top.
6, guIllotine automatic paper feeder according to claim 1, it is characterized in that: the described paper portion of drawing is made up of spiral rubber tire, steel wheel, the spiral rubber tire is installed on the left and right car wall by deep groove ball bearing, and the cylinder by being installed on two ends contacts with steel wheel with pressure spring, the both sides of main car wall are fixed at the two ends of steel wheel, synchronous pulley are installed at one end.
7, guIllotine automatic paper feeder according to claim 1, it is characterized in that: described cylinder knife cut paper portion by cylinder knife, tension cylinder, toolsetting screw mandrel, cross cardboard and form, cross the below that cardboard places cylinder knife, be equipped with cutting knife on the cylinder knife, one end is connected with tension cylinder, toolsetting screw mandrel by angular contact ball bearing, is equipped with synchronous pulley on the other end.
8, guIllotine automatic paper feeder according to claim 1, it is characterized in that: described main rotation section is made up of main shaft, expansion set, bearing, main shaft synchronous pulley, oil sealing, main shaft is divided into two partly by the main body base in the middle of placing, place this some in the main car wall outside to be provided with expansion set therein, expansion set is fixed and motor bonded assembly main shaft synchronous pulley, oil sealing, on another main shaft partly, be provided with cylindrical roller bearing and be installed on the main car wall, and connect with the main shaft synchronous pulley that is connected cylinder.
9, guIllotine automatic paper feeder according to claim 1, it is characterized in that: described coder portion is made up of coder, drive coupling, coder axle, coder axle synchronous pulley, deep-groove roller bearing, coder is connected with coding axle one end by drive coupling, and be provided with and the synchronous pulley that draws altar to reach to link to each other, the logical deep-groove roller bearing of the other end of coder axle is fixed on Che Bishang, and connects two and reach the synchronous pulley that steel wheel links to each other with drawing altar.
10, guIllotine automatic paper feeder according to claim 1, it is characterized in that: altar reaches by drawing in described driving section, servomotor, synchronous pulley are formed, the synchronous pulley that draws altar to reach links to each other by belt with the coder synchronous pulley, the coder synchronous pulley links to each other with the steel wheel synchronous pulley by belt, servomotor one end connects the main shaft synchronous pulley by synchronous pulley, and the main shaft synchronous pulley connects the cylinder knife synchronous pulley.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420083405 CN2737755Y (en) | 2004-08-30 | 2004-08-30 | Automatic feeding device for paper cutting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200420083405 CN2737755Y (en) | 2004-08-30 | 2004-08-30 | Automatic feeding device for paper cutting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2737755Y true CN2737755Y (en) | 2005-11-02 |
Family
ID=35347667
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200420083405 Expired - Lifetime CN2737755Y (en) | 2004-08-30 | 2004-08-30 | Automatic feeding device for paper cutting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2737755Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103332522A (en) * | 2013-05-16 | 2013-10-02 | 何春明 | Longitudinal cutting device of paper cutter and control method of longitudinal cutting device |
| CN107264897A (en) * | 2017-06-05 | 2017-10-20 | 丹阳琦瑞机械有限公司 | Volume inserts the paper-advance unit of machine |
| WO2020076247A1 (en) * | 2018-10-09 | 2020-04-16 | Mondi Kale Nobel Ambalaj Sanayi Ve Ticaret Anonim Sirketi | Triple drive system integrated to the cutting machines |
-
2004
- 2004-08-30 CN CN 200420083405 patent/CN2737755Y/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103332522A (en) * | 2013-05-16 | 2013-10-02 | 何春明 | Longitudinal cutting device of paper cutter and control method of longitudinal cutting device |
| CN103332522B (en) * | 2013-05-16 | 2016-09-28 | 何春明 | The longitudinal cutting device of paper cutter and control method thereof |
| CN107264897A (en) * | 2017-06-05 | 2017-10-20 | 丹阳琦瑞机械有限公司 | Volume inserts the paper-advance unit of machine |
| WO2020076247A1 (en) * | 2018-10-09 | 2020-04-16 | Mondi Kale Nobel Ambalaj Sanayi Ve Ticaret Anonim Sirketi | Triple drive system integrated to the cutting machines |
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